#uv sensor

[bindajdrk]

UV sensor

A UV sensor is a sensor that can measure and monitor UV radiation with a wavelength range of 185 manometers to 400 manometers. It has a wide range of applications in scientific research, environmental monitoring, medical diagnosis, and other fields. The following is a detailed introduction to the three main types of UV sensors:

Photo tube UV sensor

Working principle: A photo tube is a traditional UV sensor that detects incident UV light through a photo resistor and converts the optical signal into an electrical signal.

Features: It has the characteristics of high sensitivity and fast response, but has the disadvantages of low linearity and short service life.

Photo diode UV sensor

Working principle: The photo diode UV sensor uses a photo diode as a sensor element, and uses its photoelectric effect to convert the incident UV energy into a current signal, which is processed and measured by an amplification circuit.

Advantages: It has the advantages of high sensitivity and a wide wavelength response range, and is suitable for a variety of UV detection scenarios.

Photo resistor UV sensor

Working principle: A photo resistor is a sensor element based on semiconductor materials, and its resistance value changes with the intensity of the incident light. The radiation intensity of UV rays in the environment is indirectly detected by measuring the resistance value of the photo resistor.

Advantages: simple, low cost, compact structure, widely used in household appliances and other fields.

In addition to the three common UV sensors mentioned above, there are some special-purpose UV sensors, such as nonresistance ray meters, UV imaging sensors, etc., which play an important role in specific fields.

In short, UV sensors are gradually gaining widespread attention and use due to their important role in many fields. With the advancement of technology and the increase in demand, the structure and performance of UV sensors are also constantly improving and innovating, which will provide more accurate and reliable UV monitoring and control for our lives and work in the future.

[stew-chan]

taking selfies when you cant see is hard

cyber kitty reactivated

[thebusinesswings]

Weatherproofing Industrial Equipment: Smart Solutions for Harsh Environments

Discover practical methods and real-world advice to safeguard your machinery from rain, dust, heat, and corrosion—because downtime is never an option.

📘 Introduction

Why I Started Caring About Weatherproofing

A few years ago, I watched one of our most reliable outdoor compressors break down after a night of heavy rain. It was just one storm, but it cost us over $10,000 in repairs and halted production for 3 full days. That was my wake-up call. Since then, I’ve made it my mission to understand weatherproofing industrial equipment and implement smart, sustainable strategies.

A Costly Mistake That Taught Me a Lesson

The mistake? We assumed equipment labeled "rugged" could withstand anything. But harsh weather doesn't discriminate. Rain penetrates, UV rays degrade, and rust creeps in slowly but surely.

What I’ll Share With You

Proven ways to protect machines from harsh weather

Smart solutions for weather damage

Maintenance tips and materials that work

How to extend machinery life outdoors

10 FAQs, product tips, and real stories

Let's dive in.

⚙️ 1. The Hidden Dangers of Unprotected Industrial Equipment

Rain, Snow, and Humidity Issues

Moisture is one of the biggest threats to any type of industrial equipment. From short circuits in control panels to rust forming in gearboxes, unprotected machines are vulnerable.

UV Degradation of Materials

Plastic parts, rubber seals, and even paint coatings can break down under prolonged exposure to sunlight. This weakens structural integrity and invites faster deterioration.

Rust, Corrosion, and Rot

Without anti-corrosion solutions for heavy-duty gear, rust can silently destroy machines. I've seen whole outdoor cranes deteriorate within months in coastal areas.

Case Study: A Mining Site's Loss

A mining operation lost over $250,000 worth of conveyor equipment in under a year simply due to lack of adequate industrial equipment rain protection.

🌞 2. Understanding Your Local Environment and Threats

Know Your Climate Zone

Coastal/Marine: Salt accelerates rust and corrosion.

Desert: High UV exposure and sand erosion.

Polar: Freezing can cause hydraulic lines to burst.

Tropical: High humidity means nonstop rust risk.

Use Data and Sensors for Localized Protection

Install humidity sensors inside enclosures.

Monitor temperature extremes.

Use data to automate smart HVAC systems or deploy alerts.

🧰 3. My Go-To Smart Solutions for Weatherproofing

Waterproof Enclosures and Shelters

IP66-rated boxes for control panels

Steel-framed sheds for compressors

Custom Industrial Covers

PVC or vinyl-based

Tailored to specific machine profiles

Ventilated and UV-resistant

Rustproof Coatings and Anti-Corrosion Sprays

Zinc-rich primers

Spray-on hydrophobic coatings

Airflow and Humidity Control Tools

Desiccant dryers

Smart ventilators

Automatic Weather Sensors

Used to trigger protective systems

Ideal for automation-driven industries

Smart HVAC and Temperature Regulators

Regulate internal cabinet temperatures

Prevent freeze-thaw cycles

🛡️ 4. Must-Have Materials That Really Work

PVC-Coated Polyester

Flexible, waterproof, resistant to UV rays

Industrial-Grade Tarpaulins

Often multi-layered for maximum insulation

Corrosion-Resistant Metals

Galvanized steel, stainless steel, or anodized aluminum

Powder Coating

Durable, aesthetic, and protective

Hydrophobic Coatings

These repel water and prevent buildup on surfaces

💡 5. How to Plan a Weatherproofing Strategy from Scratch

Assess Equipment Vulnerabilities

Exposed electrical components?

Stationary vs mobile?

Ingress protection (IP) ratings?

Calculate ROI of Weather Protection

Investing $2,000 in protective covers saved me from a $12,000 gearbox replacement.

Long-Term Maintenance Budgeting

Plan for yearly coating touch-ups, cover replacements, and inspections.

Smart Inventory and Spare Part Planning

Weather exposure speeds up wear—keep backups handy.

🧪 6. Real-World Case Study: How I Protected My Outdoor Compressor Units

The Challenges I Faced

Constant rain exposure

UV damage cracking rubber hoses

Failing electrical panels

What Worked

Installed sloped shelters

Used anti-corrosion solutions for heavy-duty gear

Weekly manual checks

What Didn’t

Generic plastic covers (they tore in wind)

Ignoring early signs of rust

Cost vs Savings

Spent: $3,200 | Saved: Over $25,000 in downtime and repairs

📏 7. Maintenance Tips That Make a Difference

Weekly Checks

Look for cracks, rust spots, pooling water

Cleaning Routines

Remove dirt, salt, and debris

Rotate and Air Out Covers

Prevent mold buildup

Spot-Treat Rust and Wear

Immediate intervention = long life

💼 8. How to Convince Your Boss (or Yourself) to Invest in Weatherproofing

Downtime Cost Calculation

Calculate hourly loss per machine and multiply by average outage duration.

Insurance and Compliance Considerations

Some insurers offer discounts for weatherproofed assets.

Environmental Safety and Sustainability

Less breakdown = less waste = greener operations

🔧 9. Tools, Vendors, and Products I Swear By

Tool/ProductUse CaseNotesPVC Covers from CoversAndAllCustom fit for machinesUV & water-resistantRust-Oleum Cold Galvanizing CompoundAnti-corrosion paintIdeal for steel partsFluke 971 Temp-Humidity MeterClimate monitoringHighly accurate

📉 10. What Happens When You Don’t Weatherproof

Real Industry Stats and Consequences

$1B+ annually in machinery losses due to weather (U.S. manufacturing)

Stories of Unplanned Shutdowns and Losses

A logistics hub shut down 3 days due to rusted chain lifts

Environmental Impact and Fines

Oil leaks from weathered machines = EPA violations

❤️ Heartfelt Conclusion: Why I Care So Much About This

My Personal “Aha” Moment

Watching a $40,000 pump die because of moisture made me realize: prevention is cheaper than repair.

Why This Topic Matters

In a world battling climate unpredictability, weatherproofing isn’t optional—it’s responsible engineering.

How Weatherproofing Changed My Business

From unpredictable breakdowns to reliable uptime, it’s made us leaner, safer, and more productive.

❓ Top 10 Frequently Asked Questions (FAQ)

What is the best material to weatherproof outdoor equipment? PVC-coated polyester or industrial-grade tarps.

Can I use regular plastic covers for my machinery? No—they degrade quickly and offer little UV protection.

How much does a professional weatherproofing system cost? Anywhere from $1,000 to $50,000+ depending on scale.

What’s the easiest DIY weatherproofing method? Use tailored waterproof covers and apply rust-preventive sprays.

How do I protect electronics and control panels outdoors? Use IP66+ rated enclosures with desiccant inserts.

Does rust-proof paint actually work long-term? Yes, especially zinc-rich and powder-coated options.

Can heat also damage industrial equipment? Absolutely. Overheating degrades lubricants and seals.

What are the signs my equipment is weather-damaged? Rust spots, discoloration, insulation cracking, sensor failure.

How do I maintain my covers and enclosures? Clean monthly, inspect quarterly, replace annually if worn.

Should I invest in smart weather sensors? Yes—they prevent damage through early alerts and automation.

❤️‍🔥 Touch

❝I’ve watched rust slowly eat away at machines I once trusted. I’ve learned that nature doesn’t care about your deadlines or budgets. But we can care—and we can act. Protecting your equipment isn’t just a task, it’s a commitment to safety, sustainability, and success. Don’t wait for the storm to act. Start weatherproofing today—and give your machines the future they deserve.❞

👉 Share this guide with your maintenance team or save it for your next facility audit. If this helped you, leave a comment or message me. Let’s build smarter, together.

⚠️ Disclaimer

This article is based on my personal experience and industry knowledge. Always consult with a certified industrial maintenance expert before implementing new systems in high-risk environments.

[techlogicsoftwares]

Sensor Mart: Buy High-Quality UV Sensors for Reliable Detection Today

In today’s world, UV sensors play a crucial role in various industries, from healthcare and environmental monitoring to industrial applications and consumer electronics. These sensors detect ultraviolet (UV) radiation and help measure exposure levels, ensuring safety and efficiency in different environments.

Sensor Mart is a trusted provider of high-quality UV sensors, offering reliable and accurate solutions for businesses and individuals. Whether you need a UV sensor for scientific research, industrial automation, or personal safety, Sensor Mart has the right product for you.

What is a UV Sensor?

A UV sensor is a device that detects ultraviolet light, which is invisible to the human eye but has a significant impact on health, materials, and various industrial processes. These sensors measure UV intensity and convert the data into readable values, allowing for accurate monitoring and control.

UV sensors are commonly used for:

Measuring sun exposure to prevent skin damage

Detecting UV sterilization levels in healthcare facilities

Monitoring UV curing in industrial manufacturing

Ensuring food safety by detecting UV treatment levels

Environmental monitoring for ozone layer depletion and pollution levels

Features of UV Sensors from Sensor Mart

When selecting a UV sensor, it’s essential to choose one that meets your specific needs. Sensor Mart provides advanced UV sensors with the following features:

1. High Sensitivity and Accuracy

The UV sensors available at Sensor Mart are designed to provide precise and reliable UV intensity measurements, ensuring accurate data collection for various applications.

2. Wide Detection Range

These sensors can detect UV radiation across different wavelengths, making them suitable for applications ranging from UV sterilization to environmental monitoring.

3. Durable and Weather-Resistant

Built with high-quality materials, Sensor Mart’s UV sensors are resistant to environmental factors like heat, moisture, and dust, ensuring long-lasting performance.

4. Compact and Easy to Integrate

The sensors come in a compact design, making them easy to integrate into existing systems, whether for industrial automation or portable applications.

5. Low Power Consumption

Energy-efficient designs allow for long operational life, making them ideal for battery-powered devices and remote monitoring systems.

Why Choose Sensor Mart?

Sensor Mart is a leading provider of UV sensors, offering high-performance products at competitive prices. Here’s why customers trust Sensor Mart:

1. High-Quality and Certified Products

All sensors meet industry standards, ensuring accuracy, durability, and safety in various applications.

2. Affordable Pricing

Despite offering top-tier quality, Sensor Mart provides cost-effective solutions for individuals and businesses.

3. Wide Range of UV Sensors

From personal UV exposure monitors to industrial-grade UV sensors, Sensor Mart offers a diverse selection to meet different needs.

4. Easy Online Shopping and Fast Delivery

Customers can browse the website, select their preferred UV sensor, and enjoy quick and hassle-free delivery.

5. Expert Customer Support

The team at Sensor Mart is always available to assist with technical inquiries and product recommendations.

Applications of UV Sensors

UV sensors are used in a wide range of industries and everyday applications, including:

1. Healthcare and Medical Devices

UV sterilization monitoring in hospitals

Measuring UV exposure in dermatology treatments

UV light therapy devices for skin conditions

2. Environmental Monitoring

Tracking UV radiation levels to study ozone depletion

Monitoring air pollution and atmospheric changes

Measuring UV intensity in weather stations

3. Industrial Applications

Ensuring quality control in UV curing processes

Monitoring UV-based disinfection systems

Measuring UV exposure in material testing

4. Consumer Electronics

Wearable UV exposure monitors

Smartphone UV sensors for outdoor activity tracking

Automotive UV sensors for automatic climate control systems

How to Choose the Right UV Sensor

When selecting a UV sensor, consider the following factors:

1. Application Requirements

Determine if you need a sensor for personal use, industrial applications, or environmental monitoring.

2. Detection Range

Choose a sensor with the appropriate UV wavelength detection range for your specific needs.

3. Accuracy and Sensitivity

For scientific and medical applications, high-precision sensors are recommended.

4. Integration and Compatibility

Ensure the sensor is compatible with your existing equipment or system.

5. Durability and Environmental Resistance

For outdoor and industrial applications, select rugged and weather-resistant sensors.

How to Install and Use a UV Sensor

Installing a UV sensor depends on its application, but here are general guidelines:

Step 1: Choose the Right Location

For accurate UV measurements, place the sensor in a clear, unobstructed area with direct exposure to UV light.

Step 2: Connect to the Monitoring System

If using a digital UV sensor, connect it to a compatible data logger or display device.

Step 3: Calibrate the Sensor

Follow the manufacturer’s instructions to calibrate the sensor for accurate readings.

Step 4: Monitor and Analyze Data

Regularly check UV levels and take necessary actions based on the readings, such as adjusting exposure times in industrial or healthcare settings.

Conclusion

UV sensors play a critical role in healthcare, environmental monitoring, and industrial applications. Choosing a high-quality UV sensor ensures accurate UV detection and improved safety.

Sensor Mart is a trusted provider of UV sensors, offering reliable, durable, and cost-effective solutions for various needs. Whether you require a sensor for UV sterilization, industrial UV curing, or personal UV exposure monitoring, Sensor Mart has the perfect product for you.

Upgrade your UV detection system today with Sensor Mart’s advanced UV sensors and experience superior performance and reliability!

[hannazhengzheng]

Efficient and Portable This UV germicidal lamp combines UV-C light and ozone to provide powerful sterilization, with a 360° beam angle for maximum coverage. The device is compact and portable, making it ideal for use in a variety of settings, including your home or while working outdoors. It also includes a timer function for automatic operation, so you can set it and let it clean while you're busy elsewhere.

UV-C with Ozone for Maximum Effectiveness The ozone function enhances the germicidal effect by ensuring that the disinfectant gas diffuses throughout the room, even around obstacles. It can reach hidden areas and surfaces effectively. However, ozone has a strong odor. After use, it is recommended to ventilate the area for 30 minutes or wait 3-12 hours for the ozone to naturally decompose into oxygen. Only return to the room once the smell has dissipated.

[kimberlabtron]

Analytical HPLC-A7835 system is equipped with a flow rate range of 0.0001 to 10 ml per minute. Integrated with a single and dual wavelength UV-Vis detector with a range of 190 to 800 nm that analyzes sample’s absorption at different wavelengths and a high pressure pump providing continuous consistent flow. Built in column heater provides reproducible retention time.

[ambetronics-engineers-pvt-ltd]

Ambetronics provides a range of top-tier flame detectors designed for specific needs and industries. Our products are engineered to fortify your environment against the threat of fire, ensuring your safety remains our top priority. Enquire Now for more Information.

Ambetronics Triple IR flame Detector - FLD-3311-FLP

[flwrkid14]

The Case of the Phantom Lipstick

Tim Drake is many things: a genius, a detective, a vigilante, a caffeine-dependent insomniac with abandonment issues and seventeen backup plans for every imaginable outcome.

What he is not, however, is delusional.

Which is why when he finds a kiss mark—an actual lipstick kiss mark—pressed to the inside of his favorite hoodie, he does not panic. He calmly, rationally, pulls the hoodie off, examines the fabric, and blames Steph. Probably Steph.

Except… it’s neon green. Not Steph’s color. Not Cass’s style either. Babs doesn’t do lipstick. Kon doesn’t own lipstick. And the only people who’ve been in his apartment recently are Bruce (definitely not), Damian (God, no), and Alfred (crime).

He throws the hoodie in the wash. Industrial cycle. Hot water. It should come out.

It doesn’t.

It doesn’t even fade.

It glows slightly under UV.

Okay. Fine. One hoodie. Maybe it’s old. Maybe he forgot something. Maybe he bought it that way.

But it happens again.

And again.

And again.

Old hoodies. New hoodies. Hoodies buried at the back of his closet that he hasn’t worn since he was sixteen. A hoodie still in the packaging, tags attached—he opens the bag and there’s a green kiss mark on the inside sleeve, like it’s been waiting for him.

They’re always placed differently. Sometimes hidden in the seam of a cuff. Sometimes pressed on the back hem. One tucked into the folds of a sleeve. One directly on the chest, over his heart.

He checks for tracking devices. Hidden ink. Sensors. Spoilers. Anything.

Nothing.

And it doesn’t stop with the hoodies.

One day, after a long patrol, he peels off his Red Robin gear and catches a glimpse of green near the collar of his suit. He freezes.

Another kiss mark. Same color. Right on the inside lining.

There’s one on his glove. One hidden under the fold of his utility belt pouch. One on the lining of his cape.

What’s worse? The Batcave scanners pick them up. There’s residual ectoplasm. Babs runs the data three times before looking at him like he’s either cursed or dating something from the beyond.

(He’s not. He’s pretty sure.)

Every attempt to investigate it fails. The cameras glitch. Video footage loops or scrambles. Laser grids are bypassed by something moving through walls. Magical wards short-circuit. Even Constantine shrugs when Tim reaches out.

“Strong liminal energy,” Constantine says, puffing a cigarette. “Someone’s got their spectral claws in you. Not a curse though. Feels like... courtship.”

“Courtship,” Tim repeats.

“Yeah. Spectral wooing. Ghost smooches. Congrats on your engagement, mate.”

Tim hangs up.

He doesn’t sleep that night.

Meanwhile, Gotham is experiencing what can only be described as “mild haunting.” But by Gotham standards, it’s barely a blip.

There are no mass possessions. No destructive battles. Just… ghosts. Hovering. Watching. Whispering things when Tim walks by. They show up at patrol spots. Float past his apartment. Some even drop cryptic notes: “May your union be fruitful,” and “Blessings upon the Chosen.” Occasionally they throw gifts at him. One leaves him a glowing thermos full of ghost flowers. Another—a floating knight in spectral armor—bows low while handing over a box of what Tim can only imagine is their version of chocolate, before vanishing with the words “For the chosen consort.”

Tim’s furious.

He’s not dating a ghost. He doesn’t know any ghosts. He doesn’t want to be courted by one.

...Probably.

Except.

Except sometimes, when he’s alone, he swears he feels someone there. Not threatening. Just present. A warmth in the air. A flicker in the corner of his eye. A soft sigh on the back of his neck. A whisper:

“Mine.”

And Danny Phantom—Protector of the Ghost Zone, King of the Infinite Realms, 100% a disaster bisexual—floats outside his window every other night with his face pressed against the glass like a cat trying to figure out if the human inside likes him.

Because Danny’s not trying to scare him! He’s just following tradition!

See, ghosts mark their chosen with energy. They ward off rivals. They court with gifts and blessings and acts of devotion. And yeah, maybe leaving lipstick marks on someone's battle gear is a little extreme, but Danny’s working with ghost etiquette, okay? And from where he's standing, no one's stopped him.

(Though Jason did try to stab him once. Danny considered it a bonding experience.)

Now Danny just needs Tim to say yes so the full wedding rite can be completed. The lipstick marks? Those are just... engagement placeholders.

The problem? Tim doesn’t know he’s essentially dating a ghost.

The bigger problem? Gotham’s ghosts do.

And they’re ready to throw hands with anyone who thinks they’re a better match for Tim Drake than the literal Ghost King himself.

Tim? He just wants one hoodie without magic lipstick on it. He’s not even asking for peace anymore. He just wants answers.

He’s so tired.

[research-reports-blogs]

The UV sensors market is predicted to be worth US$ 166.5 million in 2023, and it's anticipated to increase to US$ 547.1 million by 2033. During this projected period, the sales of UV sensors are expected to experience substantial growth, with a noteworthy Compound Annual Growth Rate (CAGR) of 12.6%

The UV sensors market is expected to experience substantial growth due to its reliability and high accuracy. The packaging industry is increasingly favoring UV sensors for detecting plastic tamper-proof seals, labels, medicines, and other packaging materials. This trend is likely to create significant opportunities for the market.

[sirfrogsworth]

"UV camera" is probably an inaccurate name. The camera is just expanding the spectrum it can capture to include UV.

The camera is still capturing the rainbow but it also captures a little bit into the purple. The more light reflected, the brighter the overall image. But if light is absorbed, it won't contribute to the brightness of the photo.

And since the sunscreen is absorbing a lot of UV light, their faces expose much darker.

You aren't actually seeing any UV light. Just the absence or presence of it making things lighter and darker. To see only UV light you'd need some kind of false color representation like predator vision.

A whlie back I was restoring a photo for a client and noticed a few people in the photo looked like they were donning black face makeup.

This didn't make a lot of sense because it was a team photo of an Australian rugby team from the 1930s and not a racist minstrel show.

And when I did my corrections, it turned out he was just a regular Aussie white dude.

I was initially very confused as to what was going on. But then I remembered modern camera sensors have a special filter to block any UV light that would affect the image. Cameras and lenses in the 30s did not have that technology and some film could expose beyond our visual spectrum—picking up a little bit of UV and infrared light.

Melanin absorbs UV light. Some white people have more than others. And so the young man in the photo appeared much darker than his teammates. In real life he was probably of similar complexion or a bit more tan. Maybe even sunburned.

It's also possible he was using rudimentary sunscreen. It was invented in the late 20s and I'm guessing athletes who were in the sun all day would be some of the first to be interested in sunscreen.

Another interesting effect caused by expanded spectrum cameras or black light photography—super freckles!

They are just dense spots of concentrated melanin.

Light is neat.

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[chadobi]

Baby Fever and Tech Support

Bayverse Donatello x Fem!Reader

i have a fucking baby fever rn 😭

You weren’t planning on falling in love with a baby today.

But the moment your cousin handed you her newborn — tiny, soft, and swaddled in a blanket with little ducks — it hit you like a freight train of hormones and hope.

His little fingers curled around yours. His eyes blinked open for half a second before fluttering shut again, face scrunching in a yawn so adorable it could melt concrete.

You were done for.

Totally and completely done for.

By the time you got home, your brain was already somewhere in fantasy land. A fantasy land that, unfortunately, involved a big soft turtle in purple goggles and your shared hypothetical future.

You collapsed onto your couch with a sigh, heart still aching from the cuteness.

The window slid open fifteen minutes later, and Donnie poked his head in.

“You texted me four crying emojis, one baby bottle, and a duck,” he said, climbing in. “So either you’re extremely sleep-deprived or emotionally compromised.”

“I met my cousin’s baby today,” you said dreamily.

Donnie blinked. “Ah. So… emotionally compromised.”

You reached into your pocket and showed him a photo. It was blurry, sure, but the little bundle was clearly sleeping on your chest.

“He’s so soft, Don. He made this squeaky noise when he yawned. And he smelled like baby lotion and fresh blankets and literal joy—”

You stopped.

Because Donnie had the face. The processing-too-many-variables-and-also-mildly-panicking face.

You softened, patting the spot next to you. “Relax, genius. I’m not saying I’m ready to pop one out tomorrow.”

He hesitated, then slowly sat beside you. “Okay. Good. Because biologically, I’m not sure how that would even—wait. That came out wrong.”

You laughed, nudging his arm. “It’s not about the logistics, Don. I just… I guess I got hit with a little baby fever. That’s all.”

He tilted his head. “Like… a temporary hormonal longing for nurturing and offspring prompted by exposure to an infant?”

You raised an eyebrow. “Exactly. And leave it to you to make it sound like a science project.”

He adjusted his glasses with a sheepish grin. “Sorry. Coping mechanism.”

You leaned your head on his shoulder, your voice a little softer now. “I just didn’t expect to feel it so hard, you know? Seeing him so tiny… made me think about the future. Our future.”

Donnie went very still.

You felt it — the tension in his frame, the inhale he held a beat too long. But then, instead of pulling away, he slowly wrapped an arm around your shoulders.

“I think about it too,” he admitted quietly.

You blinked. “You do?”

He nodded. “I mean… I don’t exactly know what it would look like. But I know it includes you. That much is clear.”

Your heart squeezed.

“And yeah,” he continued, now fidgeting with the edge of your throw blanket. “The idea of tiny, squishy… half-you people running around kind of fries my brain a little. But also? It doesn’t scare me as much as it used to. Not with you.”

You smiled into his shoulder, tears pricking your eyes. “You’d be a great dad, you know.”

He gave a soft, breathy laugh. “I’d be a paranoid, overly-researched, baby-monitor-hacking, formula-analyzing wreck.”

“Exactly,” you said. “And perfect.”

You both sat in silence for a moment, your head tucked under his chin, his fingers idly tracing patterns on your arm.

“…How small was his hand?” Donnie asked suddenly.

You held up your pinky finger. “Like, this small. Maybe smaller.”

He blinked, amazed. “Incredible. I could probably 3D print a baby bottle one-handed, y’know.”

You chuckled. “Oh, I know. You’d make a baby carrier with built-in UV sensors and bottle warmers.”

Donnie looked pleased with that mental image. “And a nightlight with adjustable circadian rhythm settings.”

“…And goggles that play lullabies.”

“Bluetooth-enabled.”

You laughed again, this time full-bellied, imagining a baby wearing techy purple Donatello goggles.

But then something shifted in the silence. Something warm and real.

Donnie looked down at you with a soft expression. “If you… ever want to talk seriously about it. Someday. I mean, long down the road. I’d like that.”

Your breath caught.

You turned to face him fully, your eyes searching his. “You really mean that?”

“I do.” His voice was steady now. “Whatever the future brings — as long as it includes you — I want to be ready for it.”

You leaned forward and kissed him. It was slow, deep, a little shaky from how full your chest felt.

When you pulled back, you whispered, “I love you.”

“I love you too,” he replied, a little breathless.

Then, with a small smirk: “Although if we do eventually have kids, I’m installing motion sensors in the nursery.”

“And I’m naming the baby,” you countered.

“Deal,” he grinned.

[joideka]

Random Transformers Headcanons

transformers can see more colors than humans can. Cameras use something called the bayer color filter, which is a grid of red green blue squares that is taken and pixelated- by the same principles, optical sensors could have multiple color receptors (like add magenta and yellow)

Bots with more than two optics can pick up more colors (shrimp vision). Empurata victims lose color receptors in their optic, reducing vision to standard RGB

Depending on modifications, can see in UV, infrared, heat vision, etc. Earth is a sensory overload at times.

Giant seekers like shuttles and space stations sing in ultrasonic waves, often to communicate and identify, as each has a unique song. They're space whales :D

Some bots have UV paint lines on their armor that glow under certain conditions/in response to their spark feeling strong emotions. Could've been an old fashion fad or simply exposed energon nerving in their plating.

Most bots do not have true gray colored plating- it resembles too close to a dead shell and sometimes, some bots are taken to smelting pits because of this. The most common bots to have gray paint are miners and gladiators because it hides debris and injuries better, but also because it keeps them from having any individual identity. Megatron keeps his gray colors to honor his time as a miner and gladiator.

Seekers only stay to their trines/sparklings when sleeping, but ground alts often seek out large groups for security. When grounders are in new environments, often there will be one bot on watch and the rest huddled together at the camp ground

The lost light actually separates bots because of Magnus being an ass and not understanding sleeping dynamics cause it's been so long since he had his brother

Shuttle bots and larger prefer to sleep in their alt modes with their occupants safely tucked away

(last headcanon inspired by an instagram reel I saw by astragirlxx about sleeping groups of autobots)

That's all I've got for now!!!! :DDD

[athena-gundampla]

30MM EXM-H15D Acerby (Type-D)

A third Acerby has hit the display! The Type-D was the initial kit that made me want to start collecting Acerbys, back at its pre-announcement, so I'm super glad to have gotten my hands on one.

The Acerby Type-D is essentially just a recolour of the Type-C, with the same skirt and otherwise same build as all the other Acerbys.

Some areas of note are the re-designed feet, which have deeper ball joint sockets and a much wider foot, making it easier to pose this kit standing, and preventing the feet from falling off as easily. There's allso a new chest design, with these cool strap-like parts in the bright accent colour of orange, and some redesigned waist parts to make the skirt look more complete. The colourway has been re-thought too, using contrasting main, accent, and base colours rather than similar ones.

The main draw of this kit, however, are the large energy katana and the helmet with visor. These are all new parts designed for this kit, just like the feet and chest details, and are really well done, with interesting shapes and a lot of pose options afforded.

The helmet's visor can even be displayed active or deactive (although the peg that holds the clear piece onto the helmet feels a little loose to me), and can open up a little, giving the feel of a motorcycle helmet. There's also a scabbard for the energy katana, which can be attached to any of the 3mm peg joints, including the hip and back.

I really love how the glowing effects have been achieved in this kit. The energy katana and helmet visor are moulded in a UV reactive transparent blue that looks vibrant and is super clear, with no artefacts or bubbles. They contrast nicely with the bright UV reactive trans-green used for the kit's eyes and for the mini beam-dagger that comes with the standard Acerby rifle, also seen in the Type-B and Type-C.

It's a really good colour choice, because you can see the green eyes glow underneath the blue visor even when both are fluorescing under a UV torch. I also added a little fluorsecent green with my marker to the aiming sensor of the gun to tie everything together.

It's a lot of fun to pos this kit, especially with all the extra weapons. Disappointingly, despite all the extra parts (including a whole new sprue just for all the new Type-D moulds), there are still only two hand backings.

All three of these kits look really nice together, and I'm glad I picked them up. I really want to try starting to modify these at some point, like a lot of other collectors on here (@acerby in particular comes to mind), but for now I'm super happy with this collection.

[techlogicsoftwares]

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[anumberofhobbies]

Jupiter: 10 Years of OPAL Observations by NASA Hubble Space Telescope Via Flickr: Hubble's sharp images track clouds and measure the winds, storms, and vortices, in addition to monitoring the size, shape, and behavior of Jupiter's Great Red Spot (GRS) storm. Hubble follows as the GRS continues shrinking in size and its winds are speeding up. OPAL data recently measured how often mysterious dark ovals — visible only at ultraviolet wavelengths — appeared in the "polar hoods" of stratospheric haze. Unlike Earth, Jupiter is only inclined three degrees on its axis (Earth is 23.5 degrees). Seasonal changes might not be expected, except that Jupiter's distance from the Sun varies by about 5% over its 12-year-long orbit, and so OPAL closely monitors the atmosphere for seasonal effects. Another Hubble advantage is that ground-based observatories can't continuously view Jupiter for two Jupiter rotations, because that adds up to 20 hours. During that time, an observatory on the ground would have gone into daytime and Jupiter would no longer be visible until the next evening. These two views of Jupiter showcase the wealth of information provided by the spectral filters on the Hubble Space Telescope's Wide Field Camera 3 (WFC3) science instrument. At left, the RGB composite is created using three filters at wavelengths similar to the colors seen by the human eye. At right, the wavelength bounds are widened beyond the visible range to extend just into the ultraviolet (UV) and infrared regimes. Humans cannot perceive these extended wavelengths, but some animals (such as mantis shrimp, whose eyes function similarly to certain sensors on some NASA missions) are able to detect infrared and ultraviolet light. The result is a vivid disk that shows UV-absorbing lofty hazes as orange (over the poles and in three large storms, including the Great Red Spot), and freshly-formed ice as white (compact storm plumes just north of the equator). Astronomers, including the OPAL team, use these filters (and others not shown here) to study differences in cloud thickness, altitude, and chemical makeup. For more information: science.nasa.gov/missions/hubble/nasas-hubble-celebrates-... Image credit: NASA, ESA, Amy Simon (NASA-GSFC), Michael H. Wong (UC Berkeley); Image Processing: Joseph DePasquale (STScI) Find us on X, Instagram, Facebook and YouTube